Full-plane soft circuit board connector

Abstract

The upper and side walls of the connector comprises the movable cover able to be lifted rearward and closed forwards. With the cover being lifted, the connector is exposed in an opened space so that a soft circuit board is easy to be inserted and connected to the socket joint firmly. Then, the cover is closed. Thus the soft board will not get loose. The metal shield plate can be set on the cover so as to prevent interference of electromagnetic wave.

Description

technical field [0001] The present invention is a full-plane flexible circuit board connector with an open space, especially a movable upper cover that can be lifted and closed, which can facilitate the connection between the flexible circuit board and the exposed plug-in terminals in the open space. It is a full-flat flexible circuit board connector that can be plugged in and has the function of preventing electromagnetic wave interference. Background technique [0002] The structure and the state of use of the existing flexible circuit board connector (10) are roughly as figure 1 and figure 2 As shown, it is composed of a rectangular insulating body (20), a long rectangular locking cover (30) and several plug terminals (25), wherein the insulating body (20) is a closed frame structure, and the upper side wall ( 21), the lower side wall (22) and the side walls connected to the upper side wall (21) and the lower side wall (22) left and right sides are jointly surrounded, ...

AI Technical Summary

Problems solved by technology

[0003] Only the structure of the insulating body (20) mentioned above is a closed frame structure with an upper side wall (21) and a lower side wall (22), and the plug terminals (25) are enclosed inside the frame. This structural design, Naturally, the movable cover (30) cannot become the upper side wall of the insulating body (20). Therefore, the hinged fulcrum for the locking cover (30) to be flipped or closed must be arranged in the second half of the plug terminal (25). The middle of the upper pin (26) and the lower pin (27) cannot be arranged on the frame structure of the insulating body (20), causing the space for setting the locking cover (30) to be limited, and lifting or closing the locking cover The force torque of (30) is also limited, it is usually relatively short, and the operation is relatively laborious, and the direction of the cover operation is toward the rear of the insulating body (20). On the whole, the existing flexible circuit board connector (10) The operation is not convenient

[0004] In addition, the structure of the existing flexible circuit board connector (10) usually does not have the function of preventing electromagnetic wave interference (EMI), so it is necessary to add a device for shielding electromagnetic waves to improve the performance of the flexible circuit board connector

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